Liandong Middle School Wavy Rostrum Canopy Project
Liandong Middle School wavy rostrum canopy: utilized dual-crane integral lifting and PVDF fabric to guarantee a fast, zero-noise campus installation.
Location
Wenchang City, China
Coverage（M²）
224㎡
Wind Speed
120 km/h
Complete Date
07/2021
Project Overview
Project Location: Liandong Middle School, Wenchang City
Coverage Area: 224 square meters
Completion Date: July 2021
Building Type: Wavy Tensile Membrane Canopy
Project Background: Situated adjacent to the school’s sports field, this project primarily serves as the canopy for the rostrum. The overall design features an elegant wavy appearance, providing teachers and students with essential shade and rain protection while significantly enhancing the visual appeal of the entire sports facility.
Drawing Visualization
Visualizing before fabrication
Design & Renderings
Challenge - Solution
Challenge: High Elevation, Tight Schedule & Campus Construction Limits
Due to the relatively high design elevation of the canopy and a tight delivery schedule, the construction team faced considerable pressure. Furthermore, because the site was located within the campus, the school administration imposed strict limitations on construction hours and noise levels. Traditional high-altitude scaffold assembly could not meet these rigid requirements.
Jutent Solution: Ground Pre-Assembly & Dual-Crane Integral Lifting
To ensure low-noise and high-efficiency execution within the specified timeframe, we adopted an “integral lifting” installation strategy. The engineering team first completely assembled the wavy steel framework on the ground. Once pre-assembly was finished, two cranes were deployed to synchronously hoist and position the entire structure in a single operation. This solution perfectly bypassed the noise and safety hazards associated with prolonged high-altitude construction.
Installation - Support
Premium Materials & Efficient Delivery: The canopy utilized a 1050g/㎡ PVDF architectural membrane, renowned for its outstanding weather resistance and self-cleaning capabilities. During the critical construction phases, Jutent dispatched dedicated installation engineers to provide full-process on-site guidance. Thanks to the highly coordinated integral lifting plan, we firmly guaranteed the construction schedule, successfully completing and delivering a high-quality facility to the client.
| Specification | ||
|---|---|---|
| Fabric Type | PVDF | |
| Frame Type | Truss Structure | |
| Design Load | 120 km/h | |
| Design Life | 25-30 Yrs | |
| Warranty | 10 Years | |
Related Projects
This curved double-peak PVDF installation in Dongguan withstands 160 km/h winds while covering a 286㎡ park stage. The stage canopy system delivers enhanced aesthetics and durable amphitheater roof protection for visitors.
Designed to optimize natural light diffusion, this tie-rod truss installation covers 2968㎡ of a Guangzhou sports facility. The stadium grandstand canopy uses 1300 g/㎡ PTFE material to ensure long-span protection for athletic spectators.
Outdoor public park performances in Florida are shielded by this 830㎡ curved steel truss installation. The amphitheater roof utilizes high-grade 1300 g/m² PTFE material to provide permanent sun and rain protection.
This triple-arched PVDF installation in Heyuan provides 184㎡ of essential weather protection for campus grandstands. The stadium canopy roof system is engineered for tensile stage cover and long-term school facility use.
